Apart from that: We are talking about Android/jPCT-AE here? In that case, you can't do it this way unless some more setup work which might not be worth it. There's another way, though. You can tweak the rotation matrix directly. This has some drawbacks as well, in particular it might increase a light source's brightness on the scaled object when it shouldn't and it doesn't work well together with the build-in scale methods. Anyway, this is how it works:

If you otherwise don't change the rotation matrix, you only have to apply this once. If you set it to a new anyway in each frame (or even sometimes), you have to apply this afterwards. Also keep in mind that scaling is cumulative. That means that doing this by 2 and then by 3 will result in a scaling of 6.

Apart from that: We are talking about Android/jPCT-AE here? In that case, you can't do it this way unless some more setup work which might not be worth it. There's another way, though. You can tweak the rotation matrix directly. This has some drawbacks as well, in particular it might increase a light source's brightness on the scaled object when it shouldn't and it doesn't work well together with the build-in scale methods. Anyway, this is how it works:

If you otherwise don't change the rotation matrix, you only have to apply this once. If you set it to a new anyway in each frame (or even sometimes), you have to apply this afterwards. Also keep in mind that scaling is cumulative. That means that doing this by 2 and then by 3 will result in a scaling of 6.

hi Egon, i read this thread and remember that i used to tried lengthening the normal vector to change lighting effect (over bright effect ? ) , i did that when meshes were created from vertex info, such as multiplying the normal by 5. but the lighting didnt change at all, seems like the normal vector is normalized when rendering.can this behavior of normalizing the normal vector be canceled?i was just exploring possibilities.